The two-dimensional lattice repeat is identified and the frequencies that do not conform to this repeat are filtered from the Fourier transform<span> of the image by setting ... Our approach does not need knowledge of the crystal </span>lattice constants<span> nor of the crystal orientation or location to</span>o bringing <span> a good result.</span><span />
Answer:
c
Step-by-step explanation:
Aight, let's hop to it:
So we got

and boom
Answer:

Step-by-step explanation:
<u>Inequalities</u>
To solve the inequality:

We need to perform the required operations on both sides of the inequality to have the variable w isolated.
First, we subtract 9:


Subtracting 6w:

Operating:
-7w>-1
Now we divide by -7 but recall that when dividing by a negative number, we must flip the inequality sign:

Operating:

Solution:

Answer:
The ball will reach the ground when h=0.
Set the equation equal to 0.

Step-by-step explanation:
The height of a golf ball after it has been hit from the top of a hill can be modeled by the equation
,
where h is the height in feet and t is time in seconds.
When ball will reach the ground the distance between ball and ground is 0. So, the ball will reach the ground when h=0.
To find the time it takes for the ball to reach the ground, set the equation equal to 0 and use the Zero Product Property to solve for $t$.
Solve the equation using the Zero Product Property.
So, 
The answer is A.
hope this helps!